1. Badan Pengkajian dan Penerapan Teknologi
Peranan Inovasi Teknologi Mekatronika Untuk Mewujudkan Kemandirian Industri Nasional. Case: Industry 4.0
Danny M Gandana
Badan Pengkajian dan Penerapan Teknologi
Depok, 17 Juli 2018

2. Industrial Evolution 4. Industrial revolution 3. Industrial revolution
Based on cyber-physical-
Systems. Connecting al physical system with virtual & cyber Processes.
3. Industrial revolution
Through the use of electronics
and IT further progression in
autonomous production
2. Industrial revolution
Introducing mass production
lines powered by electric
energy
1. Industrial revolution
Introducing mechanical
production machines powered
by water and steam
End of the
18th century.
Beginning of the
20th century
70th
Industry 1.0
Industry 3.0
Industry 2.0
Industry 4.0
Level of complexity
Today
Source: DFKI/Bauer IAO

3. Phases of earlier 3 Industrial Revolutions
1760 to Ushered in Mechanical production; railways and steam engine
1870 to Mass production; electricity and assembly line
1960 to Computers; semi conductors, main frame computing, personal devices, internet, Big data

4. Did not exist in 2006 iPhone iPad Kindle 4G Uber Airbnb Android
Oculus
Instagram
Snapchat
WhatsApp

5. Time to reach 100 Million customers
Telephone 75 Years
Web 7 Years
Facebook 4 Years
Instagram 2 Years
Pokémon Go 1 Month

6. Today’s Factory

7. Tomorrow’s Factory

8. Examples of Product evolution: Connected and smart products
Harvard Business Review

9. Industry 4.0 When can a company be defined as 4.0?
For a company to be considered 4.0, it must include the following characteristics:
Interoperability – machines, equipment, sensors and people are interconnected.
Information transparency — the system is capable of creating a virtual copy o the physical world via data gathered from a series of sensors.
Technical assistance – the whole system is designed to support man in making decisions and solving problems, and it helps him in complex or dangerous tasks.
Decentralised decision-making  — the cyber-physical system is capable of making simple decisions autonomously.

10. Building blocks of Industry 4.0
Autonomous Robots
Simulation
Horizontal and vertical system integration
Industrial Internet of Things
Cyber Security
Additive Mfg
Augmented reality
Big data analytics

11. Instrumentation & Control
Tantangan & Peluang Mekatronika pada Industri 4.0
Mechatronics is synergistic integration of mechanical engineering, electronics and intelligent computer control in design and manufacture of products and processes
Communication
Production System
Instrumentation & Control
Mechanical
Microectronics

12. Tantangan & Peluang Mekatronika pada Industri 4.0
KOPETENSI

13. Tantangan & Peluang Mekatronika pada Industri 4.0
KOPETENSI

14. Tantangan & Peluang Mekatronika pada Industri 4.0
KOPETENSI

15. Tantangan & Peluang Mekatronika pada Industri 4.0
KOPETENSI
IDEA
BUSINESS DEVELOMENT
PRODUCT DEVELOMENT
Material
Smart Car
INDUSTRY

16. Tantangan & Peluang Mekatronika pada Industri 4.0
KOPETENSI
IDEA
PRODUCT DEVELOMENT
BUSINESS DEVELOMENT
Material
INDUSTRY
Missile

17. Tantangan & Peluang Mekatronika pada Industri 4.0
KOPETENSI
IDEA
PRODUCT DEVELOMENT
BUSINESS DEVELOMENT ?
PRODUCT
INDUSTRY

19. PENUTUP: SDM pada Industri 4.0

20. Kebijakan Pemanfaatan Mekatronika pada Industri 4.0
PENUTUP:
Kebijakan Pemanfaatan Mekatronika pada Industri 4.0
Perkuat
KOPETENSI
Persiapkan Fasilitas PRODUCT DEVELOMENT
Permudah Munculnya Kreatifitas
Permudah BUSINESS DEVELOMENT
Material 1 2 3 4
Revitalisasi Sistem Pendidikan
Perkuat Triple Helix
Permudah Ijin usaha
Perbaiki Infrastruktur usaha
Kebijakan Fiskal
Perkuat incubator Industri
Persiapkan Pusat Inovasi dan Industrial Park
PATEN
Perkuat Pusat Penelitian